Structure and Manage Data Effectively: Model relational and NoSQL databases, design and manage data structures, use query languages effectively, and integrate databases into applications through modern interfaces.

Analyze data systematically: You will learn combinatorics, probability theory, and statistics to solve data-driven problems in computer science in a well-founded manner.

Understand how digital systems work together in healthcare: Learn how information systems in hospitals and medical practices are designed and how they support processes such as patient management, billing, laboratory services, and medical imaging. You will explore the key standards and interfaces that enable the exchange of medical data, as well as the integration of different healthcare systems. In addition, you will learn how these systems are planned, evaluated, and implemented to improve the efficiency of healthcare workflows.

Understand how knowledge is created from medical data: You learn how statistics, data analysis and basic machine learning methods are used to investigate medical questions. You work with common software tools to analyze data and interpret the results. You apply these methods to real medical examples and learn how to transfer them to new problems.

Design professional software solutions: You will analyze requirements, design user-friendly and secure software, develop architectural concepts, implement quality assurance and test management, and gain a practical understanding of the entire software development process, from analysis to delivery.

Build Modern Web Applications: Analyze the requirements of web applications, select suitable technologies, and develop websites and simple backends using technologies such as HTML, CSS, JavaScript, and REST.